In the past decades, tactile sensors have been well developed and utilized in many fields,
including intelligent robots, human–computer interaction, health care, and recreational …

Flexible capacitive pressure sensors have garnered significant attention in research areas
such as electronic skin, wearable devices, medical diagnosis, physical health detection, and …

Wearable sensors are one of the key components in applications such as motion monitoring,
smart medical care, and human-computer interaction systems. In the present work, we focus …

In this article, a tactile sensor integrated into the fingertip of a robotic gripper was proposed
for delicate object manipulation. The sensor was designed to measure both the precise …

In daily life, human need various senses to obtain information about their surroundings, and
touch is one of the five major human sensing signals. Similarly, it is extremely important for …

At present, most tactile sensors are fabricated based on the flat surface, which greatly limits
their applications in the 3-D scenario. To deal with the bottleneck, this article proposes a …

For capacitive sensors, the initial polar distance of capacitors has a vital influence on the
performances of capacitive sensors; however, there are few current studies on the method of …

In this study, a passive flexible stress sensor that is resistant to high temperatures was
designed and implemented. After the successful sputtering of capacitors and inductive coils …

Capacitive tactile pressure sensors are increasingly used in ergonomic testing and medical
devices, specifically for human body measurement and characterizing human interactions …

Analog sensors that operate in weak signal systems are susceptible to external complex
electromagnetic environment (EME), which is typically reflected in their output offsets …